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Blood Glucose Control

Why Some Young Adults Lose Diabetes Control After Leaving Pediatric Care

Young adult with type 1 diabetes transitioning from a pediatric diabetes clinic to an adult endocrinology practice, illustrating the challenges of the transition to adult diabetes care.

The transition from pediatric to adult diabetes care is one of the most challenging periods in the lives of young people with diabetes. While many adolescents successfully manage their condition with the support of pediatric diabetes teams, moving into adult healthcare often coincides with worsening blood glucose control, missed appointments, …

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When High Triglycerides Become Dangerous: A New Drug May Help Prevent Pancreatitis

Medical illustration showing the pancreas, elevated triglycerides in the bloodstream, a glucose meter, and a person with abdominal pain representing pancreatitis risk in people with diabetes.

People with diabetes often focus on blood sugar, A1C, and cholesterol. However, very high triglyceride levels deserve just as much attention because they can trigger acute pancreatitis, a painful and potentially life-threatening condition. The connection between diabetes, high triglycerides, and pancreatitis is especially important because severe hypertriglyceridemia can develop silently …

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Farxiga Just Went Generic—Will Lower Prices Finally Change Diabetes Care?

Prescription bottle of generic dapagliflozin (Farxiga) beside a blood glucose meter, stethoscope, heart model, and kidney model representing diabetes, cardiovascular, and kidney care.

For many people living with type 2 diabetes, the biggest challenge is not finding an effective medication. It is being able to afford it. That reality may begin to change now that the U.S. Food and Drug Administration (FDA) has approved the first generic versions of Farxiga (dapagliflozin), potentially making …

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The Honeymoon Phase Won’t Last Forever: Are We Doing Enough to Preserve Beta Cells?

Hourglass beside a healthy pancreas illustration with insulin syringe and glucose meter representing beta-cell preservation during the type 1 diabetes honeymoon phase.

Receiving a diagnosis of type 1 diabetes can feel overwhelming. Yet for many adults, the weeks or months that follow bring an unexpected twist. Blood glucose levels often become easier to control, insulin needs decrease, and some people wonder if their diabetes is actually improving. This temporary period is known …

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The “Graveyard Shift” Penalty: Why Night-Shift Workers Face a Hidden Diabetes Challenge

Healthcare worker on a night shift reviewing continuous glucose monitor data while managing diabetes during an overnight work schedule.

Night-shift work keeps hospitals, factories, transportation systems, and emergency services running around the clock. However, while society benefits from overnight workers, their metabolic health often pays the price. Recent continuous glucose monitoring (CGM) studies have shown that shift work is strongly associated with greater glycemic variability in people with diabetes, …

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Could a Mini Pancreas Predict Which Diabetes Drug Will Work Best?

Scientist holding a patient-derived pancreatic organoid in a laboratory with a pancreas model and advanced research equipment, illustrating precision diabetes medicine.

Finding the right diabetes medication often involves trial and error. One patient may respond well to a GLP-1 receptor agonist, while another sees little benefit from the same treatment. As a result, clinicians frequently adjust medications before finding the most effective option. What if doctors could test a patient’s response …

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Could Mitochondria Be the Missing Link to Slowing Type 2 Diabetes?

Realistic medical illustration showing healthy and damaged mitochondria inside human cells alongside blood glucose monitoring, representing mitochondrial dysfunction in type 2 diabetes.

Type 2 diabetes has traditionally been viewed as a disease driven by insulin resistance and declining pancreatic beta-cell function. However, researchers are now looking much deeper into the cell itself. Increasing evidence suggests that mitochondrial dysfunction in diabetes may be a key factor linking impaired energy production, chronic inflammation, oxidative …

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Could Sweat Replace Fingersticks? The Race to Build Truly Needle-Free Glucose Monitoring

Wearable sweat glucose sensor patch on a person's upper arm displaying real-time glucose monitoring data through a connected smartphone, illustrating future needle-free diabetes technology.

For millions of people living with diabetes, checking blood sugar remains a daily routine that often involves fingersticks or wearing a continuous glucose monitor (CGM) with a tiny sensor inserted beneath the skin. Although CGMs have dramatically improved diabetes management, many people still hope for a truly needle-free alternative. That …

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The Diabetes Organ Nobody Talks About: Could Bone Hold the Next Treatment Breakthrough?

3D medical illustration showing the human skeleton releasing bone hormones that interact with the pancreas, muscles, and blood vessels to influence insulin sensitivity and glucose metabolism.

When most people think about diabetes, they picture the pancreas, insulin, or blood sugar. However, researchers are increasingly asking a different question: what if another organ has been quietly influencing glucose metabolism all along? Surprisingly, the answer may be the skeleton. For decades, bone was viewed primarily as the body’s …

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Could Tiny Cellular Messengers Predict Diabetes Years Before It Develops?

Illustration of extracellular exosomes carrying molecular signals with a blood sample and digital medical data representing early diabetes biomarker research.

Diabetes often develops silently for years before blood sugar levels become high enough for a diagnosis. What if tiny biological packages circulating in the bloodstream could reveal those hidden changes long before symptoms appear? Researchers are increasingly studying how exosomes may serve as biomarkers for diabetes because these microscopic messengers …

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